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Beacon assisted discovery protocol (BEAD) for self-organizing hierarchical ad-hoc networks
By: Raychaudhuri, D.; Seskar, I.; Anepu, B.; Ganu, S.; Raju, L.;
2004 / IEEE / 0-7803-8794-5
This item was taken from the IEEE Conference ' Beacon assisted discovery protocol (BEAD) for self-organizing hierarchical ad-hoc networks ' This paper describes a beacon assisted discovery mechanism for self-organizing hierarchical ad-hoc networks. The discovery protocol, which operates between the medium access control (MAC) and network layers, is responsible for topology formation in the ad-hoc network taking into account performance objectives such as throughput, delay, energy consumption and robustness. The proposed discovery protocol operates by listening to augmented MAC-layer beacons from neighboring radio nodes and then selects a subset of these for routing associations based on specified criteria. A distributed heuristic algorithm for topology formation is considered and compared with upper-bound centralized algorithms with optimization objectives such as maximum throughput, minimum delay or minimum energy. Simulation results (based on ns-2 models) are given for the performance of the proposed discovery methods, demonstrating significant improvements in routing overhead when compared to an ad hoc network without discovery. A proof-of-concept prototype implementation for an IEEE 802.11b-based three-tier hierarchical ad hoc network is briefly described in conclusion.
Augmented Mac-layer Beacons
Beacon Assisted Discovery Protocol
Self-organizing Ad-hoc Networks
Hierarchical Ad-hoc Networks
Distributed Heuristic Algorithm
Minimum Energy Consumption
Three-tier Ad Hoc Network
Ad Hoc Networks
Media Access Protocol
Telecommunication Network Topology
Ad Hoc Networks
Medium Access Control